Recording mechanism.



Mv. PQOTB. 111161111111111; MEGHANISM.

MPL-101111011 Hmm 111:0. 4, l1909. v. 986,1 59. Patented Mar. 7, 1911. .f I 'l 'r sums-s111121 1.

wnNEssEs: 4

, T-.'M.VP00TE. l RECORDING MBGHANISM. v APPLIGATION PILE 1530.4. 1909. v 986,159, Patented Mar. 7, 1911.

, T. FOUTE. RECORDING. MECHANISM.

AIPLIUATION FILED DEC. 1909.

Patented Mar. '7, 1911.

7 SHEETS-'snm 4.

L 'msmn wlTNEssEs:

Il :NVENTOR BY l f E ATTONEYs k- T. M. FOUTE. n RECORDING MEGHANISM.. APPLIOATION FILBD DB0. 4,1909.

Iatented Mar.7,1911.

1 SHEETS-sum e.

mvENToR f )2 AT ORNEYS WITNESSES T. M.- FOUTE,

RECORDING MEGHANISM.

APPLmATQN FILED 11110.11, 1109.

13181115911 Mar.7,1911.

1 g fw WITNESSES: XNVENOR THEononn M. Foorn, or ALLsroN, limsslinnsnrs.

rATENT OFFICE.

nnoonnme MECHANISM.;

1b all 'u1/wm it mcy concern:

lie it known tlmt l Timononn =M. FOUTE, u citizen of the United States of America, und u resident of Allston, coiinty of Suffolk, and Stilte of Massachusetts, hzweiir vent-ed certain new and useful .Improvements in Recording Mechzinisl'n, of which the following is :i specification, reference being had to the aecon'1pnnyingdrawings, forming :i part thereof. i'

My invention relates to improvements in recording mechanism, :ind particularly to a ineens for recording nndible and visual signuls upon board ship.

ln L?. S. Patent No. $586,788 which issued io me on May 5, 1908, :i course and log re order is disclosed in which the course teken layfu ship is auiomirticnllyplotted and vrecorded upon n moving strip of paper and upon which time :und distance nre also recorded :it predetermined intervals, and. in positions properly related to the course record.

The nmin object. oi my present invention 4is to also record the nudihle signals, such i'or instinee, as the blowing of the whistle in fog signaling and signaling for direction, ete., :ind the hui-ning of the port and sterhoard signal lights It will he readily understood. that the paper strip 'upon `which the record 'is made necessarily travels quite slowly so as to permit :i record covering u considerable period of time to he made' continuously upon ir single strip of paper of reasonable length. The speed oi movement may, of

t rom-ee, he. varied, hut l have found n con- 'veulent speed to be one inch in ten minutes,

minute. 1n signaling for direction, etc., it often happens that a considerable'number ,ot signals are given in quick succession, and i'i would lie im possible to delineate these sig- 'nzils successively hy merely employing the longitudinal movement of Athe sheet to prolmfe the required relative movement he tween the record strip ind it recording ele' ment.

' e. ntthe rute/ of one-tenth of nn. inch in a lwhereby :i record of (-oneidern-hie lengt muy he made during :i very small longiudiiml niovementof the sheet, and piraten ably for reciprocating the element laterally during n signal of considerable length, whereby :1 series of pfirallel marks willhe Y specification o: Lener# munt.

Application led December 4, 1908.-' Serial No.

made are marked 1 1 ,relative position with respect to records of I have, therefore, devised means for moving `the recording element intern-ll my invention may be stood, I Awill now proceed to decribe' an' Patented Mar. 7, 1,911. 5a1,292.

produced whose total length represents the duration of the signal to lie-recorded; 4and I have also provided. means for moving the recording element longitudinally in a direcso that in u rapid succession of the signals, or the recording of .a signal or signals of considerable duration, the records will be sth@ record or recorde have been com leted, enduring intervals between the pr uctlon of records. The audible signal records thus pon the sheet 1n a proper time thereon, and preferably in proper relative position with respect to a course and distance record so that the complete' record shows not only the signals given, but also the direction 1n which the ship'is point-in at the time, its position the time of day or nightni vThe means for recordiy g the burning of the lights is designed tornnekeeI continuons merk upon the recordetrip for either or Vboth of the port and starboard lights for all the time they are burning. record, taken in connection with the time recordupon the sheet will properly indicate the exact time at which these lights-start to burn, the entire time' during which they actually do burn, and the moment at which they censo to burn. This means is automatically controlled by means of the lights themselves, preferably by a thermostat actedl upon hy the heut of the lights, which,

through proper relay mechanism, directly operates the recording devices. Thus,

the course, an

tion opposite to the movement of-the sheet-'v60 should electric lights be employed, and one` ot the lights go' cuit, the failure of the light would i'mmedi ately affect the recording mechanism to cause it to so indicate.

In carrying out my invention, many novel details of construction and com; hinations of parts, Stich-as y'vvillbe-fifull. pointed ont hereinafter, und in ordeigftli t thoroughly finderenibodiment thereof, having reire'nce to the accompanying drawings illustrating the same, and will then point out the novel few tures in claims.- -1 l out by reason of a short cir-2. i

I employv v of the same.

. tion bein 25. upon successively' lower 40 entl No. 886,788,

60.gine shaft and of -Iu the drawings: Figure l is ou view of a complete course and log recorder, hav'- ing my improved signal recording mechanism connected thereto. Fig. 2 is a view in El side elevation of the entire mechanism with 6--6 of iig. 3. 'Fig 7 is a. detail viewi in horizontal section therethrough, showlng particularl the en' agement of the locking dog with t 1e recor` ing finger' by which the recording fin er is held in its normal out of operation position. Fig. 7 is an enlar ed detail View of the parts shown in Fig.-

7, t 1e recording finger being shown as in an intermediate position while returning to its normal rest position. Figs. 8, 9, and 1Q are dctail views in horizontal section therethrough planes, showing t-hc operating mechanism for longitudinally moving the recording finger with respect to the traveling sheet. Fig. 11 is a face' view of the visual sigpal recording means. Fig. 12 is a top viewjof the same Fig. 1 3 is -a diagrammatic View illustrating the various and relative movements between the recordmg finger and the traveling strip ,in the production o different signal records. Fig. 14

is a diagrammatic view illustrating conven-` tionally, the machine.

'In general, the machine illustrated corresponds to that shown in U. S. Letters Patand for a complete understanding of the entire machine, reference is 4made to the. disclosure in that patent. For the prescnt'specification, it is sufficient 'to state that the machine, in general, includes principal electric circuits of the means for causing a record strip 20 t0 travel longitudinally inv the machineat a rcdetermined rate of speed, a'l'course recording element 9.1` by which the compass course of thel vessel 7is re'corded thereon, a time. recording element 22 by which a record ot time is printed upon the'she'et, and aY count-er 23 by which a record is'kept of the'inumber of revolutions of the engine shaft, or the number otrevolutions of a trailing patent log, from whiclhdistance may be computed.-

The counter 23 is similar to .the counter shown in the above patent, but in the present instance, I have shown a second counter 24 whereby the revolutions, both of. the .en- I the trailing .log may be kept. 1

The foregoing time and distance records are printed upon theleft hand' side of the recordstril as is shown in Fig. 1. I have 6 5.v arrangdrt e audible signal recording mechanism 2 5 and the visual signal recording mechanism 26 at the opposite side of the machine so that the records made thereby will appear upon the opposite edge ot thc strip as is shown in Fig. 1.

The audible signal recording means comprises an electro-magnet 27 arranged to he energized; at the sounding of each audible signal, and to remain energized during the time the armature 28 arranged to be attracted thereby, the said armature being arranged upon an armature lever 29 pivoted at BO-.upon a plate 3l which is in turn pivoted upon a stud 32 alixed to a frame piece 33. The arma said signal is sounding, and an ture lever 3 1 is arranged to have a limited movementwith respect to the plato 31 against the tension of a light coil sp1-in 34, a sto 35 limiting the movement thereo under t eintluence oi the spring, While in the other direction the movement is limited by means of a dependent pin`36 which comes into engagement with an abutment 37 upon a dog 38"'carried bythe said plate B1. The plate 31 as a Whole, has a limited movement toward and awa from the electro-magnet 27 against the in uence of a leaf 'spring 39 which isdi'sposed betweenythe lower face of the plate 3l, and the upper face of. ,the frame piece 33, as is shown in Fig.v 8, the leaf spring-being the frame piece? and `at the otherv bearing against a pin 40 dependent from the plate 31. The leaf spring V39 is considerably stronger than the coil spring 34 so that `when the armature is first attracted, the armature lever 29 will move to the limit of its movement with respect to the'plate 31, and theresecured at one end fast to after the said lever and plate 31 will move together toward the said magnet.

Mounted upon the plate 3l is a guide piece 41, the same being pivoted u )on a stud 42 secured to the said plate 3l. 'l`hc said guide piece is pressed-forward bvmeans of a leaf spring 43 which is. disposed between the lower face of the plate 31 and the upper face of the frame-piece 33,. one end of the leaf spring being secured to the frame piece, and the other end arranged to operate against a .pin 44 which projects-downwardly from the' guide piece 41 through the plate 31 toa pointl adjacent to the said spring 43.: Nor.d mally the guide 'piece 41 is prevented .frommoving forward upon the frame piece' 3l by; reason oi the engagement between it and the forward' end fof the' aforesaid dog B7. .The

dog 37 is pivotally mounted at 45 upon the plate 31, andthe end thereof opposite to lthe lend which carries the abutment 37 engages a. projecting portion 4G upon the lower partof the said guide piece .41. I

The recording lelement is supported by the guide-piece, 'the same comprising a finger 47, and si supporting bar 48 mountedto 4slide guide piece 41. A helical spring 49 is se cured at one end to the said gunde piece and at the other end to the said har 48` the spring ment with the teeth of an operating pinion- 51.- .lVhen the mide piece 41'ie being .held inV its normal out oi operation position by the dog 38, the teeth 50 of the har 48 are l y out of engagement with theI teeth of the pinion 51, hilt when the electromagnet 27 op crates to retract the armature 28 toward 1t, and the pin 3G npon the armature lever.engages the abutment 37 of the dog 258, the Said dog will be rocked upon its pivotal support to a degree sufficient to canse the o poeite end thereof to he disengaged from t ie projeetion f6 of the guide piece 41 and the said guide ieee will. be moved forward under. the in uence of its spring 43 to canse the teeth of the rack har to engage the teeth of the pinion 51. When the guide' ieee thus moves forward, the finf'er 47 wil also he moved forward toward t ie record strip, and this movement coupled with the further movement thereof due to the movement of the entire plate 31 under the influence of the electromagnet 27, will he sufficient to canse the tip thereof to engage the traveling record strip 20, as will be well understood by reference to Fig. 5 of the drawings whereby a record lmark will be commence upon the sheet, 'The pinion 51 ie driven constantly yin the direction of the arrow in Fig. 5 no that directly the parte; are in a io- Sition to malte a record niark, the recording 'element will he moved to the left as viewed in Fig. lt will :to move to the left until the ciid of the teeth 50 is reached.l At snch point a rojection 52 upon the har 48 will be cngagvgedl hy the wheel lG1, as shown in Fig. 7 and the har and guidexpicce will he together forced outward against the tension of the spring 4H when-,hy the record ing linger will be lifted-away from the recording strip, and the recording element will be free to return to its normal position. Directly the teethotf the har 48 are released from enfgagemeht with the teeth oiilhe wheel 51, the airing 49 will operate to retract the recon ing clement quickly to ite normal po-y sition with respect to thefgnidej'iieee 4l; and in order to prevent the reeiigagemcnt oi" the teeth during this -retractile rtiovement, l have provided a eeconddog 53 which is ai ranfred topengagc the projectihn 46 of the guide piece `41 at; such time; This dog- 53 is normally in the inoperative position vin which it in shown in Fig. 5, and it is moved I into tliisfinoperative position at the extremity of the retractile movement of theibar48 'by means of an abutment 54 which is carried by the har 4S, and which engages a prof jection upon the flog 53 just at the moment the har 48 completes its rearward movement. fl'f the electromagnet 27 is still energized when the har 48 completes its rearward movement, the disengagement of the second dog 53 will release the guide piece 41 to permit it to again come forward to cause the'teeth of the hat 48 to engage' the teeth of the pinion 51, and the said recording linger to be once more moved over to the left by the operation of the pinion 51. It will thus he eeen that for so long a time as the magnet 27 is energized, successive lateral reeiprocating movements will he given to the recording element.

In Fig. 7 the recording element bar 48 is shown as in the act of returning to its normal position with respect to the guide piece 41 under the influence of the spring 49, and the dogs 38 and .53 are in Such positions that they both engage the projection 46 upon the guidepiece 41 to. hold the guide piece in such a position as to maintain the rack teeth 50 of the har 48 out of engagement with the teeth of thepinion 51, and the fin fer of the 'recording element away from tie record strip 20, to permit of such return movement. Daring 'the time the recording element is moving to the left, the same will be in engagement with the recording strip, while in the rearward movement, it will be out of Contact therewith, because the movement of the, plate 3l, is not suiiicient to bring the recording tinger in engagement with the plate except when such movement is augnlcnted hy' the movement of the guide piece 41 and har 48 thereof to bring the teeth oi the har into engagement with the teeth of the pinion 5l,--jnfst as the movement of the gui( e piece 41 to canse the engagement of the teeth 5o d pinion 51, is not sntiicient to canee the engagement of the recording -inger with the record strip, except when the plate fil is' in its position toward'themagneh Directly the magnet 27 is denergizcd the dog 38 will he freed7 so that when the guide piece 41 is forced outward at the end of a movement to the left ot' the recording element, (by the I vthe teeth of the pinion 51 during the return Ymovement of the har along the guide all other tlmes the position'o pince on ly. At the iercol with the teeth of. the- SBII- near the end of the outer movement of the .guide piece is controlled by the position of the dog 3S, which is in turn controlled in its position by the magnet 27.

In Fig. 5 both of thedogs are shown in their normal rest positio1'i,tlie magnet Q7 being denergized. The dog 3S engages the projection 46 while the dog is held away therefrom by the abutment 54.

InFig. 7 the electro-magnet 2 having been energized the dog 38 is away from its engagement with the projection 4,8, but as the dog 53 is abutment 54 and the bar LIS has reached the limit of its outward movement, e., its movement to the left as viewed in Figs. 5, 7, and 7, the dog 53 is in engagementwith such projection.

In Fig. 7a both of the dogs are in engagement `with the projection, the dog 38 because the electro-magnet has been Vdenergized and the dog because .the bar 48 has not yet completed its travel to. the right wherein the engagement of the abutment 54 with the dog 53 will release it from itsengagement With the said projection 46.

I have provided the 'tw'o dogs 38 and 53 with light leaf springs 55 and 56. These springs are not-normally under tension because there is no necessity that they should be, there being no tendency to move the dogs during the time the parts are in their rest positions. .Atthe end of the forward movement of the recording elen'lent in the guide piece, the ends of the springs are, however, engaged by a downward projecting portion 57 which moves with the said bar a8, so as that the springs will be placed under tension just at the end of the movement of the said bar' 48. If the dog 3T isfree from engageent with the pin 36 upon the armature lever 29 at such time, due to a detnergized condition of'the,electro-magnet 27, the action of the spring will be such to force the dog 3S into a position lo engage the projection d6, otlier\vis the springbeing very light, the spring only will be deflected, that is to say, the tension of the spring 55 is in no wise sufficient to force the armature away fromthe electro-magnet 2T when the saine is energized. The' tension under which the spring 5G is placed, will cause the .second dog' 5B to be similarly thrown-over to a position to engage the projection i6 of the guide piece 41, so as to hold the guide piece duringl the return` movement of the recording element as has been above described, but during the said return movement, the spring 5G being clear of engagement with the part 57, there Will be no lopposition to the return movement of the dog 53 under the influence of the abutment 5ft and no tendency to move the dog over to its opposite position until' the spring is again placed under tension guide piece 41. It Will be understood that free from engagement with the' during the said lateral reciprocating inovements of the recording element, the reoord strip will be slowly traveling longitudinally, i

2'. e., at substantially right angles to such movements ofA reciprocation, but as. this movement is an exceedingly slow one, the marks made by the record point would be substantially superposed one upon the other, unless some means were provided to prevent it. I have overcome this difficulty in the present case by providingmeans for moving the recording element bodily in a direction opposite tothe longitudinal, feeding movement ofthe strip, during recording movements thereof, the said ,recording element being arranged to move in the opposite direction, e', e., in the same direction as the strip after such recording movements and until it has returned to a normal position. For this purpose the frame piece Sinstead of being stationary, is provided with longitudinal guide stems 58 which are mounted and guided in vertical guide tubes 59 secured to, and forming a part of, a bracket 60, Whereby the frame piece 33 and parts carried thereby may be moved part supporting them. At theirlower ends, the said guide tubes 59 are mounted in a with respect to the cross head 6l, by which they are secured rigidly together and are maintained in parallel relation. f

The cross head 6l is provided centrally with a hub G2 which constitutes a bearing for a spindle G3, the upper end of `.rhich is maintained in driving relation with the hub 64 of the pinion 51 by means of a pin 65 which is transversely mounted in the upper endof the said spindle and is received ina slotted portion of the said hub 64. The lower end of the spindle is secured to a universal joint-6G which is in turn secured to an oblique shaft 67. The lower end of the oblique shaft (57 is connected through a univerjoint connection 68 with a stub shaft upon which 'is arranged a bevel gear 69 i op' whose lteeth are disposed in mesh with the teeth of a bevel oear 70 upon a shaft 71 which continuously rotates in the operation of themachine. This shaft 7l is `the shaft by whichdriving movements are transmitted tothe meansfor feeding the record strip longitudinally, so that the oblique shaft 67 driven at a "predetermined relative speed with respect. to the'speed at Which the 'record strip travels. A sleeve 7-2 surrounds the spindle' G3 near the lower end thereof, being secured fast thereto 'so that it Will rotate therewith; and upon this'sleeve is loosely I mounted a ratchet Wheel 7S having an elongated screw-threaded' hubLl uprising therefrom. An internally screw-threaded ratchet Wheel 75 is fitted to the said hub'M-i, forming a nut thereon. Above the saidV Wheel T5 and resting thereon is a sleeve 76, thalovver portion of which freely surrounds lthe upper face of a collar 79 which issecured fast end of the sleeve 74,and';the upperip'orti'on i the electro-magnetQT, which, it willhe reof which'is slotted tio-receive a pin T7' which is transversely Asecuredto' the spindle-'Gil whereby the .saidsleeve and spindle are maintained in driving relation with each other.- A thimble 78 surrounds the lower the upper face of the-sleeve 7G and the lower upon the sleeve 68 just beneath the bearing vhub 80 for the sleeve 64 inthe plate 31.

ln the operation of the parts so far described rotational movements imparted to the spindle G3 will be transmitted thereby to the s eeve 76 and to the hub 64 of the wheel 51;?

Moreover, the frictional enga ement of the rotated parts with thevwheelar 3 and 7 5 will i tend to' cause the said wheels to be rotated therewith. Two pawls 81-82 are,however,

viprovided yfor engagement with said ratchet wheels, whereby the one or the other thereof l may beheld 'stationary while 'the other is secured thereto an arm 86.

permitted to revolve. The pawl 81 is mounted upon a central spindle 83, the upper end of which has secured thereto an arm 84, while the pawl 82 is mounted fast upon a sleeve 85, the upper end of which has Thelspindle 83 passes through the sleeve 85 whereby the two "said parts forrnmutual bearings' for each other. The sleeve 85 near its upper end has a bearing in the horizontal portion of the bracket 60, while the spindle 83 has a bean ing. at its lower end-1n the cross-head 61, A coil spring 87 between the said awls 81 vand 8:2 exerts a tendency tonorma ly force the pawl 82 toward the ratchetwheel 7 5, and the pawl 8 1 away from the ratchet -wheel 73. In the normal inactive position of the parts the pawl SQis, however, forced away from the ratchet wheel 75; this is accomplished by means of an element 88 carried by the plate 31 which enlgages thearm 86 in such a way as to slight y rotate the sleeve 85 and so to move the pawl 82 awayfrom the teeth of the ratchet wheel 75. 'A second element -"89 Vis carried by the late 31 for engagement with the 1111x184- which moves with the pawl Y S1, as will be well understood by reference to the drawings. In the normalifrestfposition of the parts, as'just stated, the element 89 is so constructed and arranged as to'be out of engagement with the arm 84 so that the varm may move forward under the influence of the. spring 87, to permit the pawl 81 to be out of engagement with the teeth ofl'the ratchet vwheel 73. Thus, under nonnal'fcgm ditions, both of the pawls 81 and 82. "are ou; of Contact with the teeth'fofV the ratchet wheels v73 .and 75, and the ratchet wheels rotate together with the other parte, through the frictional engagement therewith as above sta ted.

i portion of the hub 64 and extends between i elements 88 and 8) to bcmoved away from the armsisiwlfi. The arm 84 will follow the movement of the element Si) under the influence of the spring 87, with the result that the ,awl 8l will merely be moved a little fart 1er away from the teeth .of the y ratchet wheel 73, but as the arm 86 attempts to follow the element V85:5 the paw] SQfwill drop into engagement with thc'teelth of the ratchetwheel 75 andv will hold thesaid ratchet wheel against rotation.

now be revolved in the further `'rotational movement of the parts, while the sleeve 75 constituting the nut thereon will now he held stationary, it will follow that the nut will be gradually wound up or elevated upon the sleeve. This movement of elevation will be transmitted from the flut 75 through the 'sleeve 76 and the thimblc 78 to the plate 31, andas the saidplate 31 is 'carried by the frame piece 33 such movement will be imparted to the frame piece and all the parts carried thereb ;v this elevational movement is being recorded. Directly the record has been completed the denergization of thev electro-magnet will cause the plate 31 to 'move hack to its normal position, the` said plate carrying with it the elements 88-89. whereby tra, the said pa wi s2 will be iifaf out of engagement with the ratchet wheel 75, and second, the pawl 81 will bel forced into engagement with the ratchet wheel 73. This latter will be effected because of the fact that the plate 31, in its upward movement, carrying with it the elements 88-89, has

89 into a position to engage the arm 84 upon arm 84 will have been so engaged in. such return movement of the plate and the s indle 83 thereby 'partially rotated suicient yto orcethe 'awl 81 into engagement with the teeth oft e ratchet 73. In the continued rotational movement .of the operating shaft 67,--it being remembered that this shaft rotates al1 the time whether signals are being imparted or not because it is in direct gear chine,-movements of yrotation will now be transmittedthereb to the wheel. 75 while the wheel 73' will held stationary; This will cause th-enutf to be unwound upon the threaded .sleeve 74 of the wheel 73, whereby supported thereby toits normal posltion. The speed at whlch this mit moves downward is vdesigned toibe'about ual to the sheetwhcreby the return .movementof the recording element, which, 1t will' be reinem;

bored moves downward with the downward membered, occurs at such time, causes the4 As V`the wheel 73 carrying the threaded sleeve will the'return movement of the plate, and the speed of movement of the trave ing record will continue or so long a time as the signal with the main operating parts of the mato gradually lower-J the nut' 75 and the parts brought an ofset portion 90 of the element ,1.05A

l 'Directly the wheel 75 reaches its lowermost movement of the Vnut 75,*Will synchronize with the movement of the recording sheet.

position, the oifsetportion 90 of the element 89 will have reached a position below the arm 84; so that the arm 84 will be .again permitted to move forward to release the pawl 82 from the teeth of the wheel,l 75 whereby'the 'two wheels -t'maynce more rotate with the shaft 67, and the rect 'ding element will remain in its normalrest position.

The element 88 is provided with an offset portion. 91 by which the arm 8(,isarranged tobe engagedv should an excessive upward movement heimpai'ted to the recording element, the same constituting means for pre `'ventina overthrow movements of thevpa/rts,

,but it will be understoodthat the parts are intendedto be so designed? as make ample provision toi all the movements required before the limit of movement Ycausing the abutment 91 to act, would bereached.

I the pi iii-on 51 by the dog 38.

i. the armature 28 is attracted thereto.

In general, the operation may' be summarized as follows: Underl normal conditions, the record strip istraveling slowly downward under the influence of the @tintinnously operating feeding mechanism, and

spindle G3 andobliqueshaft (57 witliH such operating mechanisnnis continuously rotating in the directiongo the'arrow in Fig. 5. The guide piece is 'heldv iii-a position wherein the rack teeth of the bar 48 are ont of engagement with the teeth of the pinion a signal is sou nd-y Directly ed, the electro-'magnet 27 is `energized aid i T e v initial movement of the armature rocks the 51, the tip thereof will be in engagement` with the tace of the record strip Q0. The reeording element will be mov'edrto the left by the operation of, the pinion 51 and a transverse mark will 4loe made upon the record strip by the recording element. The

electro-magnet 27 will remain energized forr so long atime :is the signal is being given, but directly the signal ceases, the electromagnet will be denergi'zed whereby the armaturer .28 willlie released and thek plate 31 will he permitted to move back to its initial' position by the spring Lf the recording element has not yet reached the limit oi! its movement under the ininenee of the pinion, its movement to the left will lthe reiigagement of the ofithe ha r pinion 51, the recording element was free 45 being connected through the Q8 reaches the limit of` its move esente continue,'but the" tip being with the record strip, no niark will he made thereby. At. the end oi its stroke, the ahntment 52 upon the liar l4,8 will he engaged by the pinion 51 and the recording element and out oi contactv l giiide' piece 41 will be forced backward against the pressnre'oi the spring 43, and the partsy will be held iIi such position by dog with the abatment t6 .of the bar 48. Directly the guide piecereaehefd'tlie position whereiii'the teeth 48 were clear of the teeth of the to v-return toits normal position along the guide piece' 41 and such movement Will take place under the intinence of the spring 49. It- ,will also'ghe remembered from the foregoing description that when 'a signal is being operated at the moment the recording element reaches the limit of its movement to the lett andhenee the recording element re turns while `the electro-magnet 427V is still,

energized. that 'the dog 38 does not operate, but that the second dog' 53 operates in lien thereof to Ihold the guidepiece in its rearward position during and only during the return movement of the recording element along the guide piece, and that immediately thereafter, theV guide piece is allowed to move forward to cause the rengagement ot' whereby the recording element is aga-in moved torztflie left.- i

ln order toffacilitate the understanding of the relative movement of the recording sheet, I have prepared a diagram, F ig. 13, showing a portion of al record strip upon which. a number of recording marks appear. This strip travels in the direction of the arrow at a speed of, say, one-tenth 'of an inch per minute.` While the sheet is so traii'eling -the point of the recording element is normally opposite a marginal line a thereon. At the instant the signal is sounded the recording element goes forward and touches the recording strip, at say .72, and as the recording element in'imedialely caused to move over to the lett a lateral marit c will be madenpoii the sheet. This lateral mark will be slightly oblique to the horizontal because 'of Ithe "fact, lfirst, that the traveling vrecord sheet is moving in the directionof the arrow, and'seeond, the recording elementis being moved bodily in the opposite direction by the means "just stated. The length of the "seconds, Immediately the signal has ceased the, rack teeth witlilthe' teeth of the pinion element with respect to they traveling'record mark c will `b e proportionate to the length of timey the signal. v

i for moving the toward the face of the record strip during 4 resent theI duration of the ing means for feeding a record strip in .one direction, a recording element, a carrier therefor, i'iieans for imparting a prede-v termined and uniform degree offeeding movement to the recording element across the face of the record st riptransverse with rcspec't to its feeding movement, and means recording element carrier the continuance of a signal, whereby a mark willl be made by the recording element upon the face of the said strip during that portion' lofits transverse movement corresponding to i thediiratioii of the signahjso that the length of the said niark will. represent the said signal duration.v v

8. Signall recording mechanism comprising means for feeding a record strip in oncgdirection, a recording element, means normally inactive, for imparting a predetermined extent of movement to the recording.

element across the. lface of the record strip transverse with respectto its feeding move-4 ment, means for starting the operation of .the said recording element feeding meansy 'upon the commencement of the voperation of i :i signal, means for simultaneously moving the recording element toward the record strip-,and for retaining it in its 'said position during the continuance of any signal whose duration is not greater than the length of time it'takes the recording element to complete one'transv'eise feeding movement, and for ca using'the recording ele-mentito moveaway from the facer-of the record strip dur-,

ing the con'ipletion off any lone-[such transverse feedin movement. after a signal of liess dniatio than tlie full extent of such 4feeding movement has ceased, whereby the said. recording element 'will malte a mark upon the record strip whose lengt-h will repsign'l, and will ontinue to travel in the same directioirt'o complet-e the full extent of its feeding movenient without extending the said mark.

4. Signal recording mechanism comprisving means for continuously feeding a record. strip in one direction 'a recording element,

means for impar-ting a :succession of feeding l, movements inone direction to the said re'-v cording element during ment of the record strip, and transverse'ivith respect to the F.'lircction of movement of the the feeding movev 'said record strip, the Said feeding movements of the recording element alternating with rapid return movements thereof, and means for causing the recording ele-mentto successively engage the record strip in its successive movements, (hiring the continuation of a signal whose duration is greater than the time it takes for the recording element to complete a single feeding and return movenient, whereby .a plurality of transverse marks will be made upon the record strip, the total length of whichl will represent the total'duration of the said signal.

5. Signal recording mechanism compris" ing means for continuously feeding arecord strip in one direction, a recording clement, means for imparting a' succession of reciproeating feeding movements to the recording element during the feeding movement of the i record strip, and transverse with respect-.to 4the direction of such movement, and means for cau/sing the recording element in its successive movements in one direction to engage the record sti-ipv during the continuance of a signal, whereby aplurality of parallel trans.-

verse marks will be ma evupon the sheet, whose total length represents the total' dura- 6.' Signal recording mechanismV comprisingineans'for feeding a record strip in one ,direct/ion, a recording element, 'means-conl trolled by the operation of the signal forl feeding the recording element iny a direction opposite to `the direction of 'i the feeding movement of the strip', during tliefeon'tinu-l aiiceof-a signal, and means for,thereafterv moving the recording element in a direction4 Wit-h the movement of th record istrip, but i at a speed. not greater than the speed of Such' movement, A to ret-urn the recording element to' a normalV pos1tioii, af ter the completion of a 4recording operation.'

I mechanism compris- TiySi-gnal recording ing means. forvfeeding a record strip in one'- t-rollcd l'by tl ie operation of signalgfoifeel -4 direction, a recording element,.means` edging the recording element transversely ,across 4the face of the strip'4 and' also for; feeding the same simultaneously'in a direction opposite' to the directionl of the feeding movement of the's'trip.,4 l i' '8. Signa-l reebrding mechanism` comprising means for feeding a record strip ,in one direction, trolled by the operation of a signal for f ecdvin g4 the recording elementtransversely across the face of the strip. and also for siiiiultan4 onsljv feeding the same in'a; direction op- I positc to 'the direction of the feeding nove-` ment of the strip,

greater than 'the s d of such a recording element, mea-ns conduring the continuance ot a signal, and means for thereafter movf l ing the recording element in a di'rectiQn-With the movement of thel record 'st-rip, but at a' `speed not l ,Y 1-3 movement, to return the g element-1 t0 a normal pogiltion. after the ctnnplet-ion `tor movingr the guide piece toward the rotatof a recording operation.`

, f). The combination dth :signal operating means. of signal reeordirifg. meehanism comprising meanslfor feeding' a record strip in one direction. a recording element held normalhv avrai' trom the .taee ot' the record sheet. and means controlled bi' the operation of the Signal t'or feeding the reeording element` acroni-l the reeordetrip transverse, with reepeet to its feeding n'iovemeintl lt). rl`he roi'nhination with signal operating;V meanxof Signal recording mechanism comprising' means for feeding a record strip Vin one direction. a vrecording element, means controlled b v the operation ot the sig-nal for imparting a feeding moi/'ement ot predetermined extent to the recording element, transverSe with respect tothe feeding movement of the Sheet. and means operated during the continuance of the Signal for cansing: the rerordinggy element to engage the taee of the record strip.

.11. The combination with signal operating means. of signal reeordimi meehanism' comprising means for continluzuslj. feeding `a record :stripI in-one direction. a reemding element. means controlled b v the operation of a signal for impart-ing a lsuccession ot reciproeatiir;r feedingr movement; tothe recordin r element during;f the feeding movement of "the reeord strip, and transverse with respect tothe direetioi'i of such' movement, and

` means for causing the recording element to engagethe record Strip during the continuance ot" sueh Signal whereby a pluralityY of parallel transverse marks will he ma de upon the Sheet ivhoSe total length will represent the total duratiorrot the Signal.

.12. Signal ret-ordino` n'ieehanism i-omprising-.a recording element. a movable guide piece for .enpporting the same. a 'eontinuoueslir rotating member. moana for normally` holding the guide pieee in a poSition to prevent the engagement. ot the recording element with the rotating member. meansl tor moving the eguide piece toiva rd the'rotatingr member to 'au-,e the eligag'einent of the rotilting nie'mber with the recording element, Whereb)r the Said ret-ordino' element ivill be moved lateralliY b v the Said rotating meniber. and means for returning' the IL'nide piece to its normal position. thereby;r causing the disengagement of 'the recordingf element from 'the rotating men'ilrer. :titer the recordimgf element lne been moved a predetermined dietanee.

1?, Signal recul-(ling meehaiiisn'i eomprisingr aV recording element provided with rack teeth. a n'ioval'ile guide pier-,e for supporting the recordingr elen'ient. a rontinuonsli1 rotatingr pinion. means for normally holdingr the niide piece in a position to prevent the oning4 memlier to eause such engagement. and meane tor returning the `mide piece toits normal posltlon altei the recordingr element,

.has been inoveda in'edetermined distance by ing pinion the pinion.

ti. Signalrecording mechanism comprising a ieeordini; element, a spring-pressed pivoted guide piecel for supporting' the same,y a continuously rotating member. means 'for nermally holding the guide piet-e against its Spring tenaion. in a position to prevent the ennagen'ient of the recording element with tht-rotating member. tripping means ope-rating to permit. the guide piece to move'to-` ivard the rotatingy member to eansothe engagement vof the recording element therewith. and resetting means for the guide piece, automatically operated after the recordingr .element has been moved af predetermined- I teeth, a movable guide piece for supporting the recording element. a continiionsly rotatmeans for moving the guide piece towart the piniomto cause the engagement of the rack teeth of the recording element, with theteeth of the said pinion, and means operated by the recording elementi, after itl has been moved a predetermined'distant-e. for returning the guide piece to itS normal position and causing the disengagement of the rack teeth of the reeording ele-4 ment t'rom the teeth of the pinion.

17. Signal recording; mechanism comprising a recording.,r element provided with rack teeth; a movable guide piece for supporting the recording element, a eontinnonsly rotating pinion, means 'tor moving the guide piece toward-the pinion. to eanse the engagement ot tho rack teeth ot the recording element with the teeth ot the saidvpinion, and an abutment carried by then-(fouling elenientJ for engagement with the pinion,` after the recording element has been moved a predetermined distance. whereby the pinion in rits: Jfurther movement: will force the guide piece. back to its normal position wherein the rack teeth of the recording element are ont,

,of line with the teeth of the pinion.

18. Signal ref-ordini;r mechanism `comprising a recordingr clement. :t spring-pressed pivoted guide piece t'or supporting the same,

a continuously rotatin memberv n pivoted dog for normally hol ing. the guide'l piece against its spring tension, in a position to prevent the engagement of the recording element with the rotating member, means for tri ping the said dog, and resetting means or the guide piece.

19. Signal recording mecl'umism compris-- ing a recording element provided with rackteeth, a .spring-pressed pivotedfguide piece for supporting the recording element, a continuonsly rotating pinion, a 'dog for normally 'holding the guide piece against its spring tension, in a position top revent enr gagementof the rack-teeth of'thereeordiug element with tho teeth of the pinion, tripping means controlled by the operation of a signal, for moving the: dog to release the guide piece, means for forcingr the ,guide piece backward to release thcraek teeth ot the recording element from engagement with the teeth of the pinion, after the renoi-ding clement has been moved a predetermined distance by the pinion, means for returning the recording element to itsnor-` mal rest position with respeetdo the said guide piece, and means independent of the saiddog for holding the guide piece in its rearward position, during the said return movement o'f the recording element witli're spect thereto. l

20. Signal rer.:o1ding mechanism comprising a recording element provided with rack teeth, a spring-,pressed pivo'tedguide: piece for supporting the recording element, a cone tinuously rotating pinion,- a dog for normally holding tbe `guide piece. againstits spring tension, in a position to prevent the engagement of" the rack teethof the rer-ording element with the teeth 'oi'v the' pinion, tripping means Acontrolled by the operation ol a "signal, toimoving the dog to release the guide piece, means for foroin; r the guide piece backward to release the rack teeth ot' the recording element from engage? nient, with the teeth oi the pinion. atter the recordingelementI has heen moved a predetermined distanceby the `pinion, means i'or returning the recording element to its normal rest position with respect to the said guide piece, a second dog for holding the guide piece in its rearward position during the return movement of lherecording element with respect. thereto, and means for tripping the said second dogfat the completion of the said return moveinent ot the re roi-ding element'. v

2l. Signal recording mechanism comprising a recording clement, a movable guide piece for supporting the same, a continuously rotating member, means for normally holding the guide piece :in a position to prevent the engagement of the recording element with the rotating member, means for moving theguide piece toward the rotating ,member to cause theiengagiement of the rotating member with the recording element,

`whereby the said recording element will be moved laterally by the said rotating member, means for returning the guide 'piece to its normal position,t.hereby eansingrthe disengagement of the recording element from the rotating member, after the recording elementhas been moved a predeterminedv distance, and means controlled by thc operation of a signal for moving the said rccording element into and out ot engagement. with a record strip.

, 22.. Signal recording mechanism comprising a reeording element, a movable guide piece for siniportinglthe same, a eoi'itinuous-I v rotating member, means for normally holding the guide piece in a positionto prevent the engagement of the recording element with 'the rotating member, means for moving the guideI piece toward the rotating member lo rause the engagement ot the rotiltingr member with the recording element,

.whereby the said recording.,r element will be moved laterally by the said rotating member, means for returning the guide piece to its normal position, thereby causing the disengagement ot the recording element from the rotating member, after the recording elementhas been moved a predetermined (listame,'a1id electronnagnetically controlled operating means.

Q13.V Signal recordingmechanism comprising a recording element, a ymovable guide piece. for supporting the same. a continuously rotating member, means 'lor normall)Y holding thc guide pieee in a position toprevent the engagement. of the recording elemeut with the rotating member. means 'for moving' the, guide pieee toward the rotating meniber lo cause the engagement of'tlie rotating member with the recording element. wherebyv the .said recording elenient will be moved lateralli by the said rotalingmembei'. a -supportiingY member for the guide piece, and means controlled by the. operation of a "signal for moving the supporting member toward and away from a ref-,ord strip.

2l. Signal rccordingonechanism compris- :ing a recording element. a movable guide Slt) lll() piece for supporting thb saine, a supporting member for the movable guide piece, a continuonsl)T rotating member, means for normally holding the guide piece in a position upon its support to prevent. the engagement of the recordingV element with the rotating member, electromagnetieally controlled means for tripping the last said means, whereby the recording element will be engaged by the rotating member, and for moving the said supporting member toward a record strip, and resetting means operated after the recording element has been moved by the rotating member through a predetermined distance, to return the guide piece pivoted guide piece, fo; anpporiing tno saine.

i frontiTinonsly roi'aingg; member. moans for 'normally lioiiliiig' the giliiiio'iiiorv ina i posinon io prevent the engagement of tno recording eieinent wili lie roaiing unanimi, a snnpm'ing member for iin-z guide piece, an oiectroaiiagnet, and an varmature t'licrei'or haring a iiiniied inovennint with rospvrt io iilio said Supporting member, tln'f'saiii .armature being ailnped io operai upon iinv said guide pim/io holding mean-S. iliiiingg iis liniil' eil movement and to canse ihre niorvnieni oi tho guido piece liei'ewiili (lin-ing ille fui'- tliex movement. iieivof.

` 2G, Signai recording nisifliar'iisin ronipi'iningA a recording' element"provided will) iarli moth, a spring-pressed pivotal guido pince for siipporiing' iii@ saine, a conlzinnonsljiv rotating pinion` a pivotal 'plato li'or supporting in@ said guide pieoeran elect.rfi-magnet,

im orniaturo therefor carried by `the plate and haring a limited movement with rnpeol thereto, and nir-,anse forl nininall)y hoirlingr;r Miniguide piece in a pofiiiion upon the plato i'o 'prevent th engagement: oi'' tlieracl; teeth o3? `ifiie recording elein'eni' with the i"if'h of ilie pinion, the Saidarninim@ bring ariai goil fo trip the aid iiienns flnringzj its'- liniiofi niormnent Wiili ,regpecr io, tine piroiefl pinto Signal recording niolianisin oinpriaing insana for funding a, reooi'i'l strip in on:` flirecfion, a roizorilingfl einn'ienl, n supporti ihvregffor, a ini and screw in (connection wiili ilie saifl support for nioi/ingi` inn Sani@ in lino Wiii iiin. 'Fmwiiii'g iiiovenieni of iin: .record nii-ip. nnian for canning reflaivo nioronirni' bouwen tine nai nnfi Screw lo more; lin snp i porting incniber in zi (lirortion opposii'v to iinJ lirorfion of frfrliiig movement. oi tlio strip (hiring ilio coniinnani're of a y@igj'nalt a nil rmoans :for riansing olier relativeinovonienla l'mtn'en t'lie init and .sf-ren' 'to more line ano ,poriing i'nenil'iei' in tho Sanio (liinction as tin Foeflinf nionineiit ofilie rororil strip, aflvrl inc ifoinplifiion of a recording opoialio'n, irnlil tin' recririliiigI olelnint 'lialieeg'n rtni'nod in its normal position.

2S. Sii/glial recording nieclninisni comprising; moans for feeding a rcoml strip in one riiror'ion, 4a i'ecoilingeloment, n Support ilwriffor. n iinii and screw Yin coinieriion with lliiy inifni'ss of which the said Support is in'ovozl in offri trip7 a fiiotion clr'ivi, "forilio Said vnot am! the saiil wrong Wliizrifloyilio sairl nnl' ainl effroi? air norin'aliy rotated fogoi'lr. :infl means for lioiiling eiihoi' the Saifl nut or 'lie snirl screw' against rot-a'ivo d minimi-t, throinfli rvlatirc inowl niovomnts roc-lion therwillli or opposite to ne direc* tion of niofunlont of ilivy rccorilstip. :29j Signal recording"mechanism-comprising;l moans for fooling a record Strip inone clirec/ionv` a recording; oleineni, :l Support therefor. :i nui'. anfi arrow 4in conneciionwifh l l i i.in lino with line iumlingg movements ofthe iin* ran-liviny oi ilw said init or screw.

$50. Signal rocoriling ini, :lianif,nicomprising moans .for funding a record Strip in one (lirnction, a recording Piemont", al movable gniiln pieno Jfor l#npporiing the Sain i mail)v lioirlingl tlir ;gnidn pince in aposition tol prawn-l' iii@ migugeinent of the recording oleinrnl with the rotating i'noinber, 'nerns for moving tlio guido piove toward fhzw 'tho rotating nirlnlivr with the recording'fl@ nient whereby the said :recording Eleinnt will lio morini lavrally by lli@ saiilrota'ting i of ilio rocrniliing` clonwni yWilli the 'Ktntlivof 'ilnpinion.-nwznw l'or moving tli/egnido i piwfr toward ille rolating' manillar-io,canso i snrli iingiigrinoii, nii-ans for reinrning'ilio i drive for ille said nnt unil tno said ocrerv linilonaly rotating membri'.y means'fqi'j nor? nic-inbox', amil inrans for nioving'tlie rcorgb ino said nnpl'ioiil. ln-ongli relativo mover'- tlnl ollieriwrvoif will liv caused to engage rating; inrinwr to canne ine engagement' of i idenlV n'iili rack fucili, a nioval'iloginilc pi'celfor guidiL picco io iinI normal position gifliefr ille rifvoriling Uli-infini has linnn inovoil u pli;

i iloiorniimrfl li lanco ln' tlm pinion, and nneamy for moving finj wool-ling elenintin voniiiniai'n-roi n signai. anfl foriliereaftei i i n elirrnslion opposite to lndirection ofthe i i l moving` ilw rinforilingfolonioni in a direction rotin-n ii o a normal position. 1,4 i

i 'Inni recording nivcliaiiii-:n Comprising` n'nmosA for {endinga rncoril strip in one iliiiiirgiii'in. :i rvcorfling olonivnt, :i springprf's'nrcl pivoinil guido pim-i iorsnpporting ino ffiinwfa :oninnonslylroating member,

lino n'iili liir feiling movements of ino ijern'iili ihr inorienicnl 'of i'ho record strip `lo of a signal, and for thereafter movin to a normal. position.

means for normally holding the guidepiece against its spring tension, in a position to prevent the engagement of the recording Y. element with the` rotating member, tpp ing means operating to permit the guide piece to move toward the rotating member to capse'the engagement of the recording c lement therewith, resetting means for theguide piece automatically operated after therecording element-has been moved a predetermined distance, and means for moving the recording element in Va Vdirection opposite to the direction of the feeding movement of the strip, during the continuanltlze t e recording `element'in 'a direction wit the movement of the record strip,v to return 33. Signal re'cordingfmechanism.comprising means for feeding a record strip in one direction, a recording element, a movable guide piece ,for supporting the same, a continuously rotating member, means for moving the guide piece toward the rotating member to cause the engagement ofthe recording element `l`with thel rotating member, means operated by the recordin element, after it has been 'moved' a pre etermined distance, for causing it "to be disengaged from the rotatin member, and means for l 'moving the recor ing element in a direction opposite to the direction of the feeding movement of the strip, during the continuance of a signal, and for'theijeaftermovnig the recording element ina direction with the movement ofthe record.' strip, to return it to a normal position.. l

34. Signal recording mechanism comprising meansfor feeding a record' strip m one direction, a recording element, a movable guide piece for support-ing the recording element. a continuously rotating pinion,

4means for moving-the guide piece toward the pinion, to cause the engagement of the i 'rack teeth of the recording element with the 'teeth of the said pinion,means operated by the recording element, ,after it has :been moved aY predetermined distance, for returning the guide piece to its normal position and causing the disengagement of the' rack teeth of the recording element from the teeth of the pinion. and means for moving the recording element in a direction opposite to the direction' of the feeding movement of the strip, during the continuance of a signal, and for thereafter moving the recording element in a direction with'the movement of the record strip, to return itto a normal position.

35. Signal recording mechanism comprising means for feeding arecord strip in one direction, a recording element provided with rack teeth, a movable 'guide piece for supporting the recording element, al continuously rotating pinion, means for moving the.

enga ement of the rack teeth/of the recording 'e ement with the teeth of the said pinion, an abutment carried bythe recording ele- ,ment forengagment with the pinion, aftery -the recording element has been moved 'a ff predetermined distance, whereby the pinion in its furthermovement will force the guide ipiece backto its-normal position wherein the rack teeth of vthe recording element 'are'i out of line with. the teeth of the pinion, and means for-:moving the recording element in a direction" opposite to the direction of the feeding movement of the-strip, during .the continuance of asignal, and for thereafter moving the recording element in a direction witlrthe movement of the record strip, to return it to anormal position.

26,l Signal recording mechanism compris- -ing means for feeding a record strip in one direction, a recording element, a springpressed pivoted guide piece for supporting the same, a continuously rotating member, apivoted dog for normally holding 'the guide piece against its springtension, `Viii'a guide" piece toward the pinion, -to-cause the position to ,prevent .the engagement ofthe recording element with the rotating member.

ine'A means for feeding a record strip `in one direction, a recording element provided with rack teeth, a spring-pressed pivoted guide piece for supporting the recording element, a continuously rotating pinion. .a dog for normally holding the guide piece against its spring tension, in a position to prevent engagement ofthe rack teeth of the record-l ing element with the teeth of the pinion, tripuing means controlledby the operation of a signal. for moving the dog to release the guide piece. means for forcing the guide. piece backward to release Vthe rack teeth of the recording ,i element from engagement with the teethof the pinion, after the reoo rding element hasbeen, moved a' predetermined distance by the pinion` means for returning the recording Velement to its normal rest positionlwith respect to the said guide piece` means independent of the said dog for holding the guide piece in its rearward position, during the said return movement of the recording.,r element with respect thereto. and means for-moving the recording elementin a direction opposite to the direction' of the feeding movement of the strip, during the continuance ofa signal, and; for thereafter moving the refording element in a di 130 ies rection 'With the movement of the record strip, to return it to a normal position.

38. Signal recording mechanism comprising means for feeding a recordstrip in one. direction, a recording element providedl VWith rack teeth, a spring-pressed pivoted termined distance by the pinion, means for.

returning the recording element to its normal rest1 position With respect tothe said guide piece, a second dog for holding the guide piece in its rearward position, during the return movement of the recording element with respect thereto, means for tripping the said second dog' at the completion of the said return movement of th recording element, and means for moving the recording element in a direction opposite to the direction of the feeding movement of the strip, during the continuance of asi'gnal, and for thereafter moving the recording element in a direction with the movement 'of the record strip, to return it to a normal position. I

39. Signal recording mechanism comprising means for feeding a record strip in one direction, a recording element, a movable guide piece for supporting the same, a con tinnously rotating member, means for normal ly holding the guide piece in a position to prevent the engagement of the recording.

element with the `rotating member, means for moving the guide piece toward the rotating member to cause the engagement of the rotating member With the Arecording element,l

whereby the said recording element will beA moved laterally by the said rotating member, means for returning the guide piece to its normal position, thereby causing the disengagement of the recording element from the rotating member, after the recording element has been moved a predetermined dis- -tance, means controlled by the operation of va signal forv moving the said recording element into and out of engagement With a record strip, and means for moving the recording element in a direction opposite to thedin rection of the feeding movement of the strip, during the continuance of a signal,

and for thereafter moving the recording element in a direction With the movement of the record strip, to return it to a normal position.

40. Signal recording-mechanism comprising means for feeding a record strip in one direction, a recording element, amovable guide piece for supporting the same, a continuously'rotating member, means for normally holding the guide piece in a position to prevent the engagement of the recording element with therotating member, means for moving the guide piece toward the rotating member to cause the engagement of the rotating member with the recording element,

'whereby the said recording element Will be moved laterally by the said rotating member, means forreturning the guide piece to its normal position, thereby causing the disengagement ofk the recording element from the rotating member, after the recording element hasV beenvmoved a predetermined dis tance, electro-magnetically controlled operating means, and moans for moving the recording element in a direction opposite to the direction of the feeding movement of the strip, during the continuance of'a signal, and for thereafter Imoving the recording element in a direction with the movement of the recordstrip, to return it to a normal position. y 41. Signal recording mechanism comprising means for feeding a record strip in one moving the recording :element toward and away from the record strip, means for'moving the recording element in the line of movement of the record strip, and means for moving the recording element transversely across the face of the record strip.

` THEODORE M. FOOTE.

llVitnesses; l i 4 E. Enna SrRY, THOMAS B. BOOTH.

direction, a recording element, means for 

